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Welcome to the exciting world of astro-imaging. Your new StarShoot™ CMOS Imaging Camera is capable of capturing profes- sional quality astro-images of your favorite celestial objects. You can showcase spectacular images on your computer, share them on the internet, or print them. The camera’s large pixel array provides very high resolution images which are great for publishing in large prints.
AC power requirements, do not apply. The Mini cameras are powered fully by the USB 3.0 port on your computer. 2. Getting Started Parts List • StarShoot G Series camera • 1.25” nosepiece (Mini), 2” nosepiece (G10 and above) • USB 3.0 cable • SBIG guide cable (Mini only) Figure 3b.
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Software and Driver Installation The software and driver must first be downloaded from the Orion Focusing the camera for the first time can be tricky, since the website before plugging in the camera. Please go to: www.tele- camera may focus at a completely different place from where scope.com/Gseries to download all the relevant software for...
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Image Capture Plug the camera into the USB 3 port, and into AC power. When you open Orion Starshoot Image Capture, you’ll be presented with the main preview win- Figure 4a. Camera model – click this text to connect to the dow on the right, and the camera and start the preview.
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If you wish to fine tune the focus further, a Bahtinov mask is an ideal method of focusing with Orion StarShoot Capture, as it is quite an accurate method using medium brightness stars.
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Pick an object like the Ring Nebula (M57), exposure and check the results. Dumbbell (M27), or Orion Nebula (M42) since they are all very bright and easy to see in short exposures to make Once you’ve dialed in the right histogram, it’s time to start sure the framing is correct.
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Also consider a dark frames can benefit from averaging many together. A mas- motorized filter wheel such as the Orion StarShoot 2” Motorized ter dark or flat made of many individual frames has significantly USB Filter Wheel to automate the process of switching filters less noise than only one.
if you are boosting the gain up high to keep exposures times lower, try switching to HCG and readjusting gain, which can reduce read noise in the chip without losing as much dynamic range in the image. But when in doubt, stay in LCG mode, and your images will turn out fine.
Please note that the standard 2” nozzle that is included with the a color image, but if you set the saved file type to RAW, you will G24 is threaded for Orion filters (M48 x 0.6mm), and does not save an unconverted black and white image in the .fit format.
Specifications G10 Color G16 Mono Sensor: Sony IMX 294 color CMOS, 4/3 format Panasonic MN34230 CMOS, 4/3 format Resolution: Up to 4128x2808 Up to 4640x3506 Pixel Size: 4.63 microns 3.8 microns Diagonal size of chip: 23.1mm 22.1mm Bayer Matrix pattern: RGGB arrangement BGGR/GRGB (depending on software) Exposure range:...
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Sensor: Sony IMX 410 color CMOS, full format Resolution: Up to 6064 x 4040 Pixel Size: 5.94 microns Diagonal Size of chip: 43.3mm Bayer Matrix patter: RGGB Exposure Range: 0.1ms - 3600s Partial frame download: Region of interest and Sub-frame download supported Binning: 1x1, 2x2, 3x3, hardware and...
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G10 Mono Sensor: Sony IMX 492 mono CMOS, 4/3 format Resolution: 4128x2808 (best mode for deep-sky at 14-bit) 8184x5616 (unbinned 12-bit mode) Pixel Size: 4.63 microns (default best mode for deep-sky) 2.3 micron (unbinned for lunar/planetary) Diagonal Size of chip: 23.1mm Exposure Range: .01ms –...
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